Gasses are cooled to a liquid state for use in rocket fuel for a couple of reasons. The biggest reason is because it takes up less space meaning they can have more of it.
Many rockets (Including the Space Shuttle) have cryogenic rocket engines. These are rocket engines that very cold liquid propellants. The most common cryogenic engines use Liquid Oxygen (LOX) as an oxidizer and Liquid Hydrogen (LH2) as fuel. Rockets require the fuel and oxidizer to feed into the engines at a very high mass flow rate in order to generate the necessary thrust. The solution is to store oxygen and hydrogen in liquid form, where they are more dense (meaning that they will be fed into the engine at a higher mass flow rate). Because oxygen and hydrogen are gaseous at room temperature, they must be cooled to very low temperatures in order to take on a liquid state. Oxygen must be cooled to -183 degrees C (-297 degrees F) and Hydrogen must be cooled to -253 degrees C (-423 degrees F).
Gases like water vapor typically condense when they are cooled rather than heated. When the temperature of water vapor decreases, its molecules lose energy and come together to form liquid water. Heating water vapor generally causes it to remain in a gaseous state or expand, preventing condensation. Thus, condensation occurs during cooling, not heating.
A rocket is propelled into the air by the exhaust from burning fuel. As the exhaust leaves the back of the rocket, the rocket experiences an equal and opposite reaction, being pushed forward (upward). There does not have to be anything for the gases to push against, so rocket engines (with their own oxygen supply) can work in outer space as well as on Earth.The only way for a rocket to reach an orbit around the Earth is by achieving a very high speed (escape velocity), so that its momentum carries it around the planet instead of falling back as missiles do.
Water vapor undergoes condensation when it cools down, changing from a gas to a liquid state. Condensation occurs when the air temperature drops to the dew point, causing water vapor to lose energy and form liquid water droplets.
Here Are The Facts: 1) John McNab the 4th founded rocket fuel 2) He founded it in the early 1900's 3) Henry James tried to steal the idea from him and went to jail 4) 8256.00023 + 856.0232 = 523361.00235 and that's how much fuel you need to get to outer space but not back 5) Rocket fuel was first used January 25th 1968
When gases are cooled, they convert to liquids. This is termed as condensation.
A common example is the liquid gas inside a cigarette lighter.
All gases become liquids when cooled to their respective boiling points. At this temperature, the vapor pressure of the gas matches the external pressure, causing the gas to condense into a liquid state.
No, not all gases can form a liquid. In order for a gas to form a liquid, it must be cooled and compressed to a temperature and pressure at which the gas molecules come close enough together to form a liquid state. This process is known as condensation.
Examples of cryogenic gases include liquid nitrogen, liquid helium, and liquid oxygen. These gases are cooled to extremely low temperatures to achieve their liquid state for various industrial, medical, and scientific applications.
water vapor (gas state) can turn into water (liquid state) when cooled.
It uses fuel which is in the liquid state.
Liquid gases.
Water vapor becomes liquid water when it is cooled. This process is known as condensation, where the vapor loses heat and transforms from a gaseous state to a liquid state.
When it is cooled down below melting point.
It Is ICE.
At the feezing point the liquid become a solid.Freezing is a physical change.